Applications

Kryoz’ cryogenic microcooling systems can be used to cool down devices and samples used in various applications. The cryogenic microcooling system can be used to cool down any device as long the device:

- Does not produce high amounts of heat (max about 150 mW)

- Has a small surface area (max roughly 15 x 15 mm)

IR/UV sensors

Low-noise amplifiers

X-ray sensors

SQUID sensors

Other applications

Applications

Examples of applications:

A fully optimised cryocooler that’s suited for the job...

SQUID sensors Use SQUID sensors to measure extremely small magnetic fields for medical or non-destructive evaluation purposes.Kryoz_-_SQUID.html
Low-noise amplifiers Increase the signal-to-noise ratio of amplifier systems by cryocooling the LNAs.Kryoz_-_LNA.html
IR/UV sensors Increase the sensitivity of IR and UV sensors by cooling them down to cryogenic temperatures.Kryoz_-_IR_UV.html
X-ray sensors Directly determine the X-ray energy spectrum using cryocooled X-ray fluorescence spectrometers. Kryoz_-_X-ray.html

Biomedical samples

Cryo-freeze biomedical samples to conduct measurements or store them.

Other applications Cryocool superconducting circuits or use a microcooler as a cold-trap in a (UH) vacuum system.Kryoz_-_Other_applications.html

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Applications

“Cryocool amplifiers, sensors or biosamples”

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